오존발생기 및 오존촉매산화 기술

In the field of industrial park wastewater treatment, advanced oxidation technology has been widely used. 최대 오존 발생기 believes that ozone catalytic oxidation has become an effective treatment method for high COD, high ammonia nitrogen wastewater. Through ozone catalytic oxidation technology, ammonia nitrogen in wastewater can be converted into harmless substances, reducing the negative impact of wastewater on the environment and ecosystem.

The principle of ozone catalytic oxidation technology to treat industrial park wastewater is to use an 오존 발생기 to undergo an oxidation reaction in the wastewater to degrade organic matter into harmless water and carbon dioxide. In actual operation, it needs to go through steps such as oxygen supply, ozone generation, oxidation reaction and gas-liquid separation. First, sufficient oxygen is supplied to the reactor through the oxygen supply system.

그 다음에, an ozone generator is used to generate ozone gas. 다음, ozone gas is injected into the high ammonia nitrogen wastewater to perform an oxidation reaction in the reactor. Finally, the gas and liquid in the wastewater are separated by a gas-liquid separation device to obtain treated clean water.

The core of advanced oxidation technology lies in the generation and use of strong oxidants. Strong oxidants such as hydroxyl radicals have extremely high reactivity and can quickly oxidize organic matter and pollutants in wastewater, thereby achieving efficient wastewater treatment.

동시에, advanced oxidation technology can also solve some wastewater problems that are difficult to treat with traditional technologies, such as wastewater containing organic matter that is difficult to degrade, heavy metal ion wastewater, 등.

The advantages of advanced oxidation technology are not only reflected in the treatment effect and stability, but also in its smaller impact on the environment and lower energy consumption. Compared with traditional physical and chemical treatment methods, advanced oxidation technology has more advantages than traditional physical and chemical treatment methods.